Table 1 Bond length/angle between some important atoms in each of the structures studied in this work.

From: Computational study of metal doped coronene quantum dots for formaldehyde sensing and adsorption in medical and environmental applications

Structure

L (Å)

D (°)

B97D (water solvent)

 Coronene

C1-C4

1.430

C1-C4-C3

119.9

C2-C4

1.430

C1-C4-C2

120.0

C3-C4

1.430

C2-C4-C3

120.0

 Al.Coronene

C1-Al

1.799

C1-Al-C3

112.68

C2-Al

1.819

C1-Al-C2

123.65

C3-Al

1.799

C2-Al-C3

123.65

 Zn.Coronene

C1-Zn

2.17

C1-Zn-C3

79.42

C2-Zn

1.99

C1-Zn-C2

82.86

C3-Zn

1.98

C2-Zn-C3

101.23

B97D (gas phase)

 Coronene

C1-C4

1.430

C1-C4-C3

120.00

C2-C4

1.429

C1-C4-C2

119.99

C3-C4

1.430

C2-C4-C3

119.99

 Al.Coronene

C1-Al

1.798

C1-Al-C3

112.71

C2-Al

1.819

C1-Al-C2

123.64

C3-Al

1.798

C2-Al-C3

123.64

 Zn.Coronene

C1-Zn

2.05

C1-Zn-C3

86.40

C2-Zn

1.95

C1-Zn-C2

88.98

C3-Zn

1.93

C2-Zn-C3

108.41

WB97XD (water solvent)

 Coronene

C1-C4

1.42

C1-C4-C3

120

C2-C4

1.40

C1-C4-C2

119.99

C3-C4

1.42

C2-C4-C3

119.99

 Al.Coronene

C1-Al

1.78

C1-Al-C3

112.66

C2-Al

1.80

C1-Al-C2

123.66

C3-Al

1.78

C2-Al-C3

123.66

 Zn.Coronene

C1-Zn

2.30

C1-Zn-C3

86.79

C2-Zn

2.29

C1-Zn-C2

39.25

C3-Zn

1.99

C2-Zn-C3

83.94